Laminated disc 3M Cubitron II 969F, piano, 40+, 125 mm

For grinding and finishing metals, use lamellar disc 3MTM CubitronTM II 969F. Equipped with 3MTM PSG (Precision Shaped Grain) layered on durable polyester fabric strips, our discs are designed to manage aggressive sanding applications and provide a clean and precise finish. Each blade wears and exposes new abrasive grain, ensuring fast and constant cutting. Semi-flexible Y-weight support provides abrasive excellent strength and strength characteristics, as well as the ability to manage high pressure applications such as cyanfrination and slag removal. The specific grinding additive ensures that the disc works at a lower temperature and prevents the discoloration of metal surfaces These attributes make the disk 969F a great product for projects that require a durable and versatile disk. Disk Lamellar Design The coated abrasive laminated discs are the optimal choice for moderate grinding, masking, cianphrineting, drain removal and finishing on a wide range of metals. The abrasive strips provide constantly and long new abrasive material in a load-resistant design. Although they are designed for use with angle grinding machines, lamellar design allows creative use in any activity. The advantage of 3MTM CubitronTM II Abrasive products 3MTM CubitronTM II raised the abrasive axilla at high performance. Developers 3Mtm started from the ceramic abrasive granule 3Mtm and have used a specific technology to electrostatically orientate every triangular structure on the support in order to form sharp peaks and maximize the cutting potential. These spikes work as individual cutting tools that affect metal and continuously sharpen on breakpoints, ensuring high performance and durability in heavy manufacturing applications. The granules wear evenly and offer prolonged durability and resistance with less grinding pressure. As a result, the products 3MTM CubitronTM II exceeds all conventional ceramic abrasive products on the market for cutting performance and durability, optimizing productivity and minimizing tape stress and operator fatigue.